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Tag: Birds

  • Wildlife disease ecologist launches project to help DoD monitor quality of bird habitats on military installations

    Wildlife disease ecologist launches project to help DoD monitor quality of bird habitats on military installations

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    Newswise — The U.S. Department of Defense (DoD) owns military installations on nearly 27 million acres all over the country—roughly equivalent in size to Virginia—and oversees these lands through a network of natural resource managers. According to the DoD, the program supports “the military’s testing and training mission by protecting its biological resources… and working to ensure the long-term sustainability of our nation’s priceless natural heritage.” One of the program’s top priorities is monitoring and maintaining populations of threatened and endangered species (TES) of birds—especially those that eat insects and other arthropods like spiders, which have been particularly hard hit.  

    Monitoring the quality of the birds’ habitats, including their typical diets of insects, is one of the most critical ways scientists investigate declining bird populations. The tools the military land managers use to assess diets and habitats are crucial, but the current methods of measuring habitat quality related to the birds’ food resources are time consuming, expensive and require specific biological expertise. 

    To this end, associate professor Jeff Foster of Northern Arizona University’s Department of Biological Sciences and the Pathogen and Microbiome Institute (PMI) was recently awarded a grant by the DoD for a new study, “Demonstration of Metabarcoding for Monitoring Bird Species Habitat Quality on DoD Installations.” This three-year, $900,000 project will focus on five insectivorous species on four military sites: 

    • Golden-cheeked Warbler (Setophaga chrysoparia) and Black-capped Vireo (Vireo atricapilla) at Fort Hood, Texas 
    • Least Bell’s Vireo (Vireo bellii pusillus) at Camp Pendleton, California 
    • Golden-winged Warbler (Vermivora chrysoptera) at Fort McCoy, Wisconsin 
    • Oahu Elepaio (Chasiempis ibidis) at Schofield Barracks, Hawaii  

    Advanced approach focuses on bioinformatics, metabarcoding 

    Metabarcoding is a technique that enables scientists to identify multiple species of plants or animals on a large scale based on rapid, high-throughput environmental DNA sequencing, which represents a huge technological step forward.  

    “We’ll assess habitat quality by using advanced genetic approaches to measure arthropod food resources in bird diets and from the vegetation on which these birds forage,” Foster said. “Our three primary objectives are to demonstrate the effectiveness of metabarcoding of bird diets and food resources; compare this genetic approach to conventional approaches that employ visual identification of arthropods using microscopes; provide user-friendly guidance to military land managers so they can understand the process and use this approach for monitoring in the future. 

    “The bioinformatics can be challenging and daunting if you’re first getting into DNA metabarcoding, so we’ll provide an established workflow that we can share with the land managers.” 

    The team will collect fecal samples from the birds (bird poop) and arthropod samples, perform bioinformatic and chemical composition analyses, validate the technology by comparing it to conventional methods, develop guidance documents and lead hands-on technical workshops for the military land managers. This will be the most in-depth diet analysis of birds on military installations done to date. 

    Foster brings his expertise as well as that of PMI to the project. “There’s much more to metabarcoding work than simply sequencing a gene. And here’s where our team excels. We use tools developed over the past 13 years for analyzing the human microbiome. NAU professor Greg Caporaso and his team at PMI have developed many of these tools, so we have considerable technical expertise in analyses, including understanding reference libraries of sequences and developing the analytical software.” 

    Collaborators include military scientists and undergraduate researcher 

    Foster will work closely with co-principal investigators Jinelle Sperry and Aron Katz from the U.S. Army Corps of Engineers Engineer Research and Development Center’s Construction Engineer Research Laboratory, as well as with collaborators at each of the installations. 

    NAU undergraduate researcher Hannah Brosius is working on the project with Foster and PMI researcher Alexandra Gibson. Brosius, who will be assisting with the lab work and analyses, said, “I’m excited about this project because the analysis of bird diets from feces will help us figure out why these endangered birds might be at risk. It’s fun to be able to take a fecal sample from a species; you can learn a lot using DNA to understand how an animal lives.”  

    She is looking forward to her future as a veterinarian. “I’m interested in lab work, which allows me to focus on a project and have results quickly. This research experience will be important for veterinary school and will expand my understanding of biology.” 

    Project to benefit TES monitoring across DoD sites 

    The project’s outcomes will have multiple benefits that will help DoD land managers monitor threatened and endangered species.  

    “It’s an effective and cost-efficient way to measure habitat quality, particularly as it relates to a key factor regulating insectivorous bird abundance—arthropod food resources,” Foster said. “The technology can be deployed at any DoD site where understanding diet or habitat quality is necessary for TES monitoring of vertebrate taxa. Population surveys can assess the current abundance and distribution of TES but determining the specific factors limiting their populations adds additional complexity. This method will not only give DoD natural resource managers the ability to distinguish poor versus high-quality habitat, but will provide critical information about restoration, habitat recovery from disturbance and a baseline of prey availability should arthropod populations decline regionally in the future.”  

    In addition, numerous other bird species are on the list of DoD Priority Species and could benefit from this technology as well as other taxa such as amphibians, reptiles and small mammals. 

    About Northern Arizona University 

    Founded in 1899, Northern Arizona University is a community-engaged, high-research university that delivers an exceptional student-centered experience to its nearly 28,000 students in Flagstaff, at 22 statewide campuses and online. Building on a 123-year history of distinctive excellence, NAU aims to be the nation’s preeminent engine of opportunity, vehicle of economic mobility and driver of social impact by delivering equitable postsecondary value in Arizona and beyond. NAU is committed to meeting talent with access and excellence through its impactful academic programs and enriching experiences, paving the way to a better future for the diverse students it serves and the communities they represent.  

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    Northern Arizona University

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  • Extinctions, shrinking habitat spur ‘rewilding’ in cities

    Extinctions, shrinking habitat spur ‘rewilding’ in cities

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    DETROIT — In a bustling metro area of 4.3 million people, Yale University wildlife biologist Nyeema Harris ventures into isolated thickets to study Detroit’s most elusive residents — coyotes, foxes, raccoons and skunks among them.

    Harris and colleagues have placed trail cameras in woodsy sections of 25 city parks for the past five years. They’ve recorded thousands of images of animals that emerge mostly at night to roam and forage, revealing a wild side many locals might not know exists.

    “We’re getting more and more exposure to wildlife in urban environments,” Harris said recently while checking several of the devices fastened to trees with steel cables near the ground. “As we’re changing their habitats, as we’re expanding the footprint of urbanization, … we’ll increasingly come in contact with them.”

    Animal and plant species are dying off at an alarming rate, with up to 1 million threatened with extinction, according to a 2019 United Nations report. Their plight is stirring calls for “rewilding” places where they thrived until driven out by development, pollution and climate change.

    Rewilding generally means reviving natural systems in degraded locations — sometimes with a helping hand. That might mean removing dams, building tunnels to reconnect migration pathways severed by roads, or reintroducing predators such as wolves to help balance ecosystems. But after initial assists, there’s little human involvement.

    The idea might seem best suited to remote areas where nature is freer to heal without interference. But rewilding also happens in some of the world’s biggest urban centers, as people find mutually beneficial ways to coexist with nature.

    The U.S. Forest Service estimates 6,000 acres (2,428 hectares) of open space are lost daily as cities and suburbs expand. More than two-thirds of the global population will live in urban areas by 2050, the U.N. says.

    “Climate change is coming, and we are facing an equally important biodiversity crisis,” said Nathalie Pettorelli, senior scientist with the Zoological Society of London. “There’s no better place to engage people on these matters than in cities.”

    In a September report, the society noted rewilding in metropolises such as Singapore, where a 1.7-mile (2.7-kilometer) stretch of the Kallang River has been converted from a concrete-lined channel into a twisting waterway lined with plants, rocks and other natural materials and flanked by green parkland.

    Treating urban rivers like natural waters instead of drainage ditches can boost fish passage and let adjacent lands absorb floodwaters as global warming brings more extreme weather, the report says.

    The German cities of Hannover, Frankfurt and Dessau-Rosslau designated vacant lots, parks, lawns and urban waterways where nature could take its course. As native wildflowers have sprung up, they’ve attracted birds, butterflies, bees, even hedgehogs.

    London Mayor Sadiq Khan, describing the United Kingdom as “one of the most nature-depleted countries in the world,” announced a plan last year to fund 45 urban rewilding projects to improve habitat for stag beetles, water voles and birds such as swifts and sparrows.

    In the north London borough of Enfield, two beavers were released in March — 400 years after the species was hunted to extinction in Great Britain — in the hope their dams would prevent flash flooding. One died but was to be replaced.

    Chicago’s Shedd Aquarium and the nonprofit Urban Rivers are installing “floating wetlands” on part of the Chicago River to provide fish breeding areas, bird and pollinator habitat and root systems that cleanse polluted water.

    Urban rewilding can’t return landscapes to pre-settlement times and doesn’t try, said Marie Law Adams, a Northeastern University associate professor of architecture.

    Instead, the aim is to encourage natural processes that serve people and wildlife by increasing tree cover to ease summer heat, storing carbon and hosting more animals. Or installing surface channels called bio-swales that filter rainwater runoff from parking lots instead of letting it contaminate creeks.

    “We need to learn from the mistakes of the mid-20th century — paving over everything, engineering everything with gray infrastructure” such as dams and pipes, Adams said.

    Detroit’s sprawling metro area illustrates how human actions can boost rewilding, intentionally or not.

    Hundreds of thousands of houses and other structures were abandoned as the struggling city’s population fell more than 60% since peaking at 1.8 million in the 1950s. Many were razed, leaving vacant tracts that plants and animals have occupied. Nonprofit groups have planted trees, community gardens and pollinator-friendly shrubs.

    Conservation projects reintroduced ospreys and peregrine falcons. Bald eagles found their way back as bans on DDT and other pesticides helped expand their range nationwide. Anti-pollution laws and government-funded cleanups made nearby rivers more hospitable to sturgeon, whitefish, beavers and native plants, such as wild celery.

    “Detroit is a stellar example of urban rewilding, ” said John Hartig, a lake scientist at the nearby University of Windsor and former head of the Detroit River International Wildlife Refuge. “It’s been more organic than strategic. We created the conditions, things got better environmentally, and the native species came back.”

    The refuge, a half-hour’s drive from downtown, consists of 30 parcels totaling 6,200 acres (2,509 hectares), including islands, wetlands and former industrial sites. It’s home to 300 bird species and a busy stopover for ducks, raptors and others during migration, said Manager Dan Kennedy.

    To Harris, the Yale biologist formerly with the University of Michigan, Detroit offers a unique backdrop for studying wildlife in urban settings.

    Unlike most big cities, its human population is declining, even as its streets, buildings and other infrastructure remain largely intact. And there’s diverse habitat. It ranges from large lakes and rivers to neighborhoods — some occupied, others largely deserted — and parklands so quiet “you don’t even know you’re in the city,” Harris said while changing camera batteries and jotting notes in a woodsy section of O’Hair Park.

    Her team’s photographic observations have yielded published studies on how mammals react to each other, and to people, in urban landscapes.

    The project connects them with local residents, some intrigued by coyotes and raccoons in the neighborhood, others fearful of diseases or harm to pets.

    It’s an educational opportunity, Harris said — about proper trash disposal, resisting the temptation to feed wild animals and the value of healthy, diverse ecosystems.

    “It used to be that you had to go to some remote location to get exposure to nature,” said Harris, a Philadelphia native who was excited as a child to glimpse an occasional squirrel or deer. “Now that’s not the case. Like it or not, rewilding will occur. The question is, how can we prepare communities and environments and societies to anticipate the presence of more and more wildlife?”

    Rewilding can be a tough sell for urbanites who prefer well-manicured lawns and think ecologically rich systems look weedy and unkempt or should be used for housing.

    But advocates say it isn’t just about animals and plants. Studies show time in natural spaces improves people’s physical and mental health.

    “A lot of city people have lost their tolerance to live with wildlife,” said Pettorelli of Zoological Society of London. “There’s a lot of reteaching ourselves to be done. To really make a difference in tackling the biodiversity crisis, you’re going to have to have people on board.”

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    Follow John Flesher on Twitter: @JohnFlesher

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    Associated Press climate and environmental coverage receives support from several private foundations. See more about AP’s climate initiative here. The AP is solely responsible for all content.

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  • What does Polly say? Community science data reveal species differences in vocal learning by parrots

    What does Polly say? Community science data reveal species differences in vocal learning by parrots

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    Newswise — While most animals don’t learn their vocalizations, everyone knows that parrots do – they are excellent mimics of human speech. But how large is the vocabulary of different parrot species? Do males “talk” more than females? Does a parrot’s vocabulary expand with age? A new study publishing Dec. 5 in the Nature journal Scientific Reports, titled “A survey of vocal mimicry in companion parrots,” adds to what we know about animal vocal learning by providing the largestcomparative analysis to date of parrot vocal repertoires.

    The paper documents species differences in vocal mimicry, shows that many parrots use words in appropriate contexts, and highlights the value of crowd-sourced data.

    Data were collected as part of a community science project entitled “What does Polly Say?” Humans who live with companion parrots reported on the number of human “words” and “phrases” used by their parrots, as well as human-associated sounds (such as whistling a tune) and contextual use of sounds. This approach allowed researchers to collect standardized data on vocal learning by nearly 900 parrots from 73 species, a sample that would have been impossible to gather on wild parrots.

    What researchers from the University of Northern Colorado (UNC) and the University of Pittsburgh at Johnstown (UPJ) found:

    Species matters As it turns out, Polly’s species might have a strong impact on what she says” said co-author Lauryn Benedict, professor and associate director of UNC’s School of Biological Sciences. Some species are much better mimics than others. African grey parrots, long understood to be the best at learning human sounds, were found to have the largest repertoires, averaging about 60 human words. Cockatoos, Amazons, and Macaws also were excellent mimics, with average repertoires of 20-30 words.Most species learned more phrases than sounds, but a few, including Cockatiels and Fischer’s Lovebirds,learned more human sounds than phrases.

    Learning over time The study concludes that age and sex are weak predictors of vocal mimicry. Age-based analyses showed that juveniles expanded their repertoires until they reached maturity, but after that repertoire sizes reached a plateau. Fifty-yearold birds did not have larger repertoires than 5yearold birds.

    Males versus females Sex-based analyses showed that males and females of most species were equally good mimics. There are, however, some exceptions, including Budgerigars, in which males had larger vocal repertoires, Pacific Parrotlets, among which only males were reported to “talk,and Yellow-headed Amazons, among which females learned more sounds.

    Although most males and females were equally good human mimics, the researchers documented a reporting bias whereby birds of uncertain sex were more often marked as male (74%). They conclude that humans who live with parrots of uncertain sex overwhelmingly, and often mistakenly, assume those birdsare male.

    Parrots have timing Human survey-takers reported that a very high proportion of companion parrots (89 %) spontaneously used human mimicry in appropriate contexts, with most birds doing so frequently. The researchers conclude that parrots learn both what to say, and also when to say it.

    “This research highlights just how much parrots still have to teach us,” said co-author Christine Dahlin, associate professor of Biology from UPJ. Approximately 30% of parrot species in the wild are declining to the point of being threatened, endangered or critically endangered, primarily from poaching and habitat loss. Without conservation of remaining populations, we risk losing the opportunity to understand the evolution of complex communication in these amazing animals.”

    As vocal learners, parrots are important research subjects for understanding the physiological, neurobiological, and evolutionary underpinnings of acoustic communication in nature. It is clear that both companion and wild parrots use vocal mimicry to navigate their complex social and cognitive worlds. The species and sex specific differences documented by this research can spur new avenues of research andlead to increased appreciation for parrots.


    Anyone who lives with a parrot is invited to join the community science team and contribute to this ongoing research by filling out the survey at this link: https://bit.ly/2S7nx3K.

    For reference, here are public links highlighting parrots known for their large repertoires: Alex, a Grey Parrot: https://alexfoundation.org/; and Sparkie Williams, a Budgerigar: https://blogs.bl.uk/sound-and-vision/2017/02/recording-of-the-week-sparkie-williams-the-talking-budgerigar.html

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    University of Pittsburgh

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  • Menacing Wild Turkeys, Led By Kevin, Are Taking A New England City For Themselves

    Menacing Wild Turkeys, Led By Kevin, Are Taking A New England City For Themselves

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    A flock of feathered hooligans has been intimidating residents of Woburn, Massachusetts, and their leader is one especially tough turkey: Kevin.

    The five wild birds spend a lot of time in particular on the lawn of a woman named Meaghan Tolson, according to a new report from The Guardian, appropriately published on Thanksgiving.

    Tolson, who gave Kevin his name, characterizes him as the bad egg among the otherwise all-female turkey crew. (The hens she calls Gladys, Ester, Monica and Patricia.)

    “The women are more mellow and not so territorial. But I think he kind of amps them up to get them going to chase people,” she told The Guardian.

    Not Kevin, but a bird who fits the general profile.

    Tolson has posted multiple videos showing Kevin lurking near the door of her home or car.

    “They don’t let you out of your house,” she said.

    While The Guardian brought national attention to Kevin and his band of rogues, local media has also covered their antics in recent months.

    “They’re up at 6 a.m. in my lawn and start chasing us, trying to pop the tires,” Woburn resident Devin Farren told NBC Boston in September. “It’s wild!”

    David Scarpitti, a turkey expert with the state’s wildlife department, told CBS Boston that these kinds of problems arise when turkeys become too habituated to humans. Typically this happens due to people feeding them directly, or from the turkeys freeloading off of bird feeders intended for other kinds of birds.

    “Turkeys are just kind of acting out what they do amongst themselves,” he said, adding that running away can fuel the problem because they’ll begin to see you as “subdominant” to them.

    Instead, he recommends carrying an umbrella and opening it in front of you to frighten off the birds.

    Meanwhile, Tolson is taking the situation in stride and has even developed some affection for Kevin and co.

    “They kind of grow on you a little bit,” she told CBS Boston.

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  • This bird hadn’t been documented by scientists since 1882. Then they captured video of it in Papua New Guinea | CNN

    This bird hadn’t been documented by scientists since 1882. Then they captured video of it in Papua New Guinea | CNN

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    CNN
     — 

    A bird thought to be extinct for 140 years has been rediscovered in the forests of Papua New Guinea.

    The black-naped pheasant-pigeon was documented by scientists for the first and last time in 1882, according to a news release from nonprofit Re:wild, which helped fund the search effort.

    Rediscovering the bird required an expedition team to spend a grueling month on Fergusson, a rugged island in the D’Entrecasteaux Archipelago off eastern Papua New Guinea where the bird was originally documented. The team consisted of local staff at the Papua New Guinea National Museum as well as international scientists from the Cornell Lab of Ornithology and the American Bird Conservancy.

    Fergusson Island is covered in rugged, mountainous terrain – making the expedition especially challenging for the scientists. Many members of the community told the team that they hadn’t seen the black-naped pheasant-pigeon in decades, says the news release.

    But just two days before the researchers were scheduled to leave the island, a camera trap captured footage of the exceptionally rare bird.

    “After a month of searching, seeing those first photos of the pheasant-pigeon felt like finding a unicorn,” John C. Mittermeier, director of the lost birds program at American Bird Conservancy and co-leader of the expedition, said in the release. “It is the kind of moment you dream about your entire life as a conservationist and birdwatcher.”

    The black-naped pheasant-pigeon is a large, ground-dwelling pigeon with a broad tail, according to the release. Scientists still know little about the species and believe the population is small and decreasing.

    Insight from local residents was crucial for the scientists to track down the elusive bird.

    “It wasn’t until we reached villages on the western slope of Mt. Kilkerran that we started meeting hunters who had seen and heard the pheasant-pigeon,” Jason Gregg, a conservation biologist and co-leader of the expedition team, said in the release. “We became more confident about the local name of the bird, which is ‘Auwo,’ and felt like we were getting closer to the core habitat of where the black-naped pheasant-pigeon lives.”

    They placed a total of 12 camera traps on the slopes of Mt. Kilkerran, which is the island’s highest mountain. And they placed another eight cameras in locations where local hunters reported seeing the bird in the past.

    A hunter named Augustin Gregory, based in the mountain village Duda Ununa, provided the final breakthrough that helped scientists locate the pheasant-pigeon.

    Gregory told the team that he had seen the black-naped pheasant-pigeon in an area with “steep ridges and valleys,” says the news release. And he had heard the bird’s distinctive calls.

    So the expedition team placed a camera on a 3,200-foot high ridge near the Kwama River above Duda Ununa, according to the release. And finally, just as their trip was ending, they captured footage of the bird walking on the forest floor.

    The discovery was a shock for the scientists and the local community alike.

    “The communities were very excited when they saw the survey results, because many people hadn’t seen or heard of the bird until we began our project and got the camera trap photos,” said Serena Ketaloya, a conservationist from Milne Bay, Papua New Guinea, in the news release. “They are now looking forward to working with us to try to protect the pheasant-pigeon.”

    It’s still not clear just how many of the black-naped pheasant-pigeon are left, and the rugged terrain will make identifying the population difficult. A two-week survey in 2019 failed to find any proof of the bird, although it did discover some reports from hunters that helped determine the locations for the 2022 expedition.

    And the discovery might provide hope that other bird species thought extinct are still out there somewhere.

    “This rediscovery is an incredible beacon of hope for other birds that have been lost for a half century or more,” said Christina Biggs, the manager for the Search for Lost Species at Re:wild, in the release. “The terrain the team searched was incredibly difficult, but their determination never wavered, even though so few people could remember seeing the pheasant-pigeon in recent decades.”

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  • Old bone links lost American parrot to ancient Indigenous bird trade

    Old bone links lost American parrot to ancient Indigenous bird trade

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    Newswise — For centuries, Indigenous communities in the American Southwest imported colorful parrots from Mexico. But according to a study led by The University of Texas at Austin, some parrots may have been captured locally and not brought from afar.  

    The research challenges the assumption that all parrot remains found in American Southwest archaeological sites have their origins in Mexico. It also presents an important reminder: The ecology of the past can be very different from what we see today.     

    “When we deal with natural history, we can constrain ourselves by relying on the present too much,” said the study’s author, John Moretti, a doctoral candidate at the UT Jackson School of Geosciences. “These bones can give us kind of a baseline view of the animal life of the ecosystems that surrounded us before huge fundamental changes that continue today began.”  

    The study was published in print in the September issue of The Wilson Journal of Ornithology.  

    Parrots are not an uncommon find in southwestern archaeological sites dating as far back as the 7th or 8th centuries. Their remains have been found in elaborate graves and buried in trash heaps. But no matter the condition, when archaeologists have discovered parrot bones, they usually assumed the animals were imports, said Moretti.  

    There’s good reason for that. Scarlet macaws — the parrot most commonly found in the archaeological sites — live in rainforest and savannahs, which are not part of the local landscape. And researchers have discovered the remains of ancient parrot breeding facilities in Mexico that point to a thriving parrot trade.   

    But there is more to parrots than macaws. In 2018, Moretti found a lone ankle bone belonging to a species known as the thick-billed parrot. It was part of an unsorted bone collection recovered during an archaeological dig in the 1950s in New Mexico.   

    “There was a lot of deer and rabbit, and then this kind of anomalous parrot bone,” said Moretti, a student in the Jackson School’s Department of Geological Sciences. “Once I realized that nobody had already described this, I really thought there was a story there.” 

    Thick-billed parrots are an endangered species and do not live in the United States today due to habitat loss and hunting. But that was not the case even a relatively short time ago. As recently as the 1930s, their range stretched from Arizona and New Mexico to northern Mexico, where they live today. The boisterous, lime-green birds are also very particular about their habitat. They dwell only in mountainous old-growth pine forests, where they nest in tree hollows and dine almost exclusively on pine cones.  

    With that in mind, Moretti decided to investigate the connection between pine forests in New Mexico and Arizona and the remains of thick-billed parrots found at archaeological sites. He found that of the 10 total archaeological sites with positively identified thick-billed parrot remains, all contained buildings made of pine timber, with one settlement requiring an estimated 50,000 trees. And for half the sites, suitable pine forests were within 7 miles of the settlement.  

    Moretti said that with people entering parrot habitat, it’s plausible to think they captured parrots when gathering timber and brought them home.  

    “This paper makes the hypothesis that these [parrots] were not trade items,” Moretti said. “They were animals living in this region that were caught and captured and brought home just like squirrels and other animals that lived in these mountains.”  

    Moretti relied on thick-billed parrot bones from the United States and Mexico permanently archived in collections at The University of Kansas Biodiversity Institute and the Smithsonian Institution to conclusively identify the lone bone that sparked the research. Mark Robbins, an evolutionary biologist and the collection manager of the ornithological collections at The University of Kansas, said this study shows the value of natural history collections and the innumerable ways they assist with research.  

    “The scientists who originally collected those specimens, they had no idea they would be used in this fashion,” Robbins said. “You can revisit old questions or formulate new questions based on these specimens.”  

    The research was funded by the Museum of Texas Tech University, where Moretti earned a master’s degree.   

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    University of Texas at Austin (UT Austin)

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  • Hybrid Songbirds Found More Often in Human-Altered Environments

    Hybrid Songbirds Found More Often in Human-Altered Environments

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    Newswise — Hybrids of two common North American songbirds, the black-capped and mountain chickadee, are more likely to be found in places where humans have altered the landscape in some way, finds new University of Colorado Boulder research.

    Published today in Global Change Biology, it’s the first study to positively correlate hybridization in any species with landscape changes caused by humans, and the first to examine this relationship across an entire species’ range—spanning almost all of western North America.

    The paper also contradicts a long-standing assumption that these two birds rarely hybridize, finding instead that black-capped and mountain chickadee hybrids (identified using genetic tools) occur across the United States and Canada.

    “These are common birds. If you go anywhere in North America, you’ll find a chickadee,” said Kathryn Grabenstein, lead author on the study and postdoctoral associate in ecology and evolutionary biology. “And what we’re finding now is that if you see a chickadee in a place where both black-capped and mountain chickadees live, they’re probably at least a little bit of a hybrid chickadee.”

    Hybridization—the interbreeding of closely related species to produce mixed ancestry offspring—is common in the development of life on Earth and is thought to be especially important in the evolution of plants. This new analysis of songbirds adds to the growing body of evidence that hybridization is also quite relevant within vertebrate evolution.

    Human disturbance

    What this study cannot say is why these chickadee hybrids are more common in places where humans have changed the landscape, but it is the first-of-its-kind to examine this correlation separate from climate change.

    Climate change often changes the range of a species—where it lives, roams or migrates—bringing species into contact with one another that would not normally interact, which can lead to hybridization. In contrast, this study looked at two related species whose ranges already overlap and focused on the variable of human “disturbance,” such as building cities, clearing land, planting trees, creating reservoirs and noise pollution.

    This way, the researchers could exclusively examine if changes to the physical structure of the environment affect the interactions between two species that are already in the same place.

    “It’s not bringing new species into contact with each other—it’s changing the rules of negotiation between them,” said Grabenstein.

    For example: Here in the Front Range, what once was ponderosa pine savanna with deciduous trees along the rivers has been transformed into an urban forest. This shift isn’t necessarily good or bad, said Grabenstein, but the goal of the research is to help understand what these changes to the land and water by humans means for these species.

    “What are the consequences of the ways we modify the landscape? We think about it mostly in terms of habitat loss, not necessarily in terms of species interaction modifications,” said Scott Taylor, co-author on the study and associate professor of ecology and evolutionary biology. “This paper changes our understanding of this system incredibly.”

    10 years in the making

    Previous published research by Grabenstein and Taylor found examples of various species hybridizing in the wake of humans disrupting their habitats, but they wanted to document a clear example of this occurring across a wide geographical range. Based on local observations of possible hybrid black-capped and mountain chickadees in several towns and cities across the West, they realized these two species would be good candidates for a study.

    Black-capped and mountain chickadees are estimated to have diverged from a common ancestor over 2 million years ago, but they still overlap across many areas of the western U.S., including the Rocky Mountains. Black-capped chickadees have a black head, white edging on their wings and tend to be more buff- or cinnamon-colored on their sides. Mountain chickadees, in contrast, are grayer, have big white eyebrows and do not have white edging on their wings. Early generation hybrids often have a bit of both: thin white eyebrows, buff coloring on their sides and some white edging on their wings.

    To test their hypothesis about these birds, the researchers compiled observational data from eBird, an online birding site, and DNA samples from 196 black-capped and 213 mountain chickadees at 81 sites in North America, gathered over the past decade by co-authors Ken Otter of the University of Northern British Columbia and Theresa Burg of the University of Lethbridge. They found a positive, significant correlation between hybrids of these two species and areas where humans have disturbed their habitat in some form—as well as that black-capped chickadees are found more often in these disturbed areas than mountain chickadees.

    This study is also a positive sign for science. Sequencing the DNA of 409 birds is big study: Just a decade ago, a study of this size may not have been possible due to the large amount of time and money it would have required. As the price tag of DNA sequencing has dramatically dropped and running samples has become more efficient, these precise genomic tools have become more accessible to more researchers, allowing them to improve our understanding of how humans impact biodiversity at the genetic level.

    The future of hybridization

    This hybridization is unlikely to lead to the creation of a new chickadee species, however. Female hybrids from black-capped and mountain chickadee parents are likely to be sterile but can survive. Male hybrids with a parent from each species, however, can reproduce, and seem to do so predominantly with black-capped chickadees.  

    It makes studying hybridization like trying to hit a moving target, said Grabenstein, but there is still much to be learned from the genetic variation within different members of a species.

    This songbird research will also inform the local Boulder Chickadee Study, founded by Grabenstein and Taylor. Working with local landowners and municipalities where these birds live and nest, the researchers will continue to examine reasons why these birds are hybridizing.

    But for now, there’s no need to remove bird feeders or bird boxes, said Grabenstein.

    “It’s hard to say whether this hybridization is good or bad, but it’s happening, and we will only understand the impacts through continued study,” said Taylor, also director of CU Boulder’s Mountain Research Station and a fellow at the Institute of Arctic and Alpine Research (INSTAAR). “It is certainly something to consider when thinking about the future of some of these birds that we’re really familiar with in our backyards.”

    Additional authors on this publication include Ken Otter of the University of Northern British Columbia and Theresa Burg of the University of Lethbridge.

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    University of Colorado Boulder

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  • Alaska-Australia flight could place bird in record books

    Alaska-Australia flight could place bird in record books

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    CANBERRA, Australia — A young bar-tailed godwit appears to have set a non-stop distance record for migratory birds by flying at least 13,560 kilometers (8,435 miles) from Alaska to the Australian state of Tasmania, a bird expert said Friday.

    The bird was tagged as a hatchling in Alaska during the Northern Hemisphere summer with a tracking GPS chip and tiny solar panel that enabled an international research team to follow its first annual migration across the Pacific Ocean, Birdlife Tasmania convenor Eric Woehler said. Because the bird was so young, its gender wasn’t known.

    Aged about five months, it left southwest Alaska at the Yuko-Kuskokwim Delta on Oct. 13 and touched down 11 days later at Ansons Bay on the island of Tasmania’s northeastern tip on Oct. 24, according to data from Germany’s Max Plank Institute for Ornithology. The research has yet to be published or peer reviewed.

    The bird started on a southwestern course toward Japan then turned southeast over Alaska’s Aleutian Islands, a map published by New Zealand’s Pukoro Miranda Shorebird Center shows.

    The bird was again tracking southwest when it flew over or near Kiribati and New Caledonia, then past the Australian mainland before turning directly west for Tasmania, Australia’s most southerly state. The satellite trail showed it covered 13,560 kilometers (8,435 miles) without stopping.

    “Whether this is an accident, whether this bird got lost or whether this is part of a normal pattern of migration for the species, we still don’t know,” said Woehler, who is part of the research project.

    Guinness World Records lists the longest recorded migration by a bird without stopping for food or rest as 12,200 km (7,580 miles) by a satellite-tagged male bar-tailed godwit flying from Alaska to New Zealand.

    That flight was recorded in 2020 as part of the same decade-old research project, which also involves China’s Fudan University, New Zealand’s Massey University and the Global Flyway Network.

    The same bird broke its own record with a 13,000-kilometer (8,100-mile) flight on its next migration last year, researchers say. But Guinness has yet to acknowledge that feat.

    Woehler said researchers did not know whether the latest bird, known by its satellite tag 234684, flew alone or as part of a flock.

    “There are so few birds that have been tagged, we don’t know how representative or otherwise this event is,” Woehler said.

    “It may be that half the birds that do the migration from Alaska come to Tasmania directly rather than through New Zealand or it might be 1%, or it might be that this is the first it’s ever happened,” he added.

    Adult birds depart Alaska earlier than juveniles, so the tagged bird was unlikely to have followed more experienced travelers south, Woehler said.

    Woehler hopes to see the bird once wet weather clears in the remote corner of Tasmania, where it will fatten up having lost half its body weight on its journey.

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  • US sued over lack of protection plan for rare grouse

    US sued over lack of protection plan for rare grouse

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    ALBUQUERQUE, N.M. — An environmental group is suing U.S. wildlife managers, saying they have failed to protect a rare grouse found in parts of the Midwest that include one of the country’s most prolific areas for oil and gas development.

    A lawsuit filed Tuesday by the Center for Biological Diversity says the U.S. Fish and Wildlife Service is nearly five months late in releasing a final rule outlining protections for the lesser prairie chicken.

    Once listed as a threatened species, the prarie chicken’s habitat spans parts of New Mexico, Colorado, Texas, Oklahoma and Kansas — including a portion of the oil-rich Permian Basin that straddles the New Mexico-Texas state line.

    Environmentalists have been pushing to reinstate federal protections for years. They consider the species severely threatened, citing lost and fragmented habitat as the result of oil and gas development, livestock grazing, farming and the building of roads and power lines.

    The Fish and Wildlife Service in 2021 proposed listing the southern population in New Mexico and the southern reaches of the Texas Panhandle as endangered and those birds in the northern part of the species’ range as threatened. The agency had a deadline of June 1.

    “The oil and gas industry has fought for decades against safeguards for the lesser prairie chicken, and the Fish and Wildlife Service is late issuing its final rule,” said Michael Robinson, a senior conservation advocate with the environment group. “The agency has slow-walked every step, and these imperiled birds keep losing more habitat.”

    The Fish and Wildlife Service on Tuesday cited its policy for not commenting on pending litigation.

    The species was once thought to number in the millions. Now, surveys show, the five-year average population across the entire range hovers around 30,000 individual birds.

    Landowners and the oil and gas industry say they have had success with voluntary conservation programs aimed at protecting habitat and boosting the bird’s numbers. The Western Association of Fish and Wildlife Agencies, which oversees the conservation effort, has yet to report the results of the 2022 survey done earlier this year.

    With a listing under the Endangered Species Act, officials have said that landowners and oil companies already participating in the voluntary conservation programs wouldn’t be affected because they already are taking steps to protect habitat. However, a listing would prevent any activities that result in the loss or degradation of existing habitat.

    The species’ regulatory history dates to an initial petition for protection in 1995.

    A little smaller and lighter in color than the greater prairie chicken, the lesser prairie chicken is known for spring courtship rituals that include flamboyant dances by the males and a cacophony of clucking.

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  • Opinion: Half-Earth Day is not a celebration, but a warning | CNN

    Opinion: Half-Earth Day is not a celebration, but a warning | CNN

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    Editor’s Note: Lydia Strohl is a freelance writer in Washington, DC. More of her work can be found here. The views expressed in this commentary belong to the author. View more opinion at CNN.



    CNN
     — 

    When I first learned that October 22 marks Half-Earth Day, I thought it was because the date is six months to Earth Day. (True.) But it’s got a message all its own.

    Half-Earth is the notion that for humans to survive, we must retain earth’s waning biodiversity by reserving half the planet for nature, stabilizing large swaths of ocean, prairie, rainforest and desert to house the birds, insects and ecosystems that affect the water we drink, the food we eat, the air we breathe. Not to mention the economies, cultures and past-times that sustain us.

    The Half-Earth Project was inspired by legendary Harvard biologist E.O. Wilson, who died in 2021 at the age of 92. In “Half-Earth: Our Planet’s Fight for Life,” Wilson wrote: “We would be wise to find our way as quickly as possible out of the fever swamp of dogmatic religious belief and inept philosophical thought through which we still wander. Unless humanity learns a great deal more about global biodiversity and moves quickly to protect it, we will soon lose most of the species composing life on Earth.”

    This means us, people, who Wilson calls a “lucky accident of primate evolution during the late Pleistocene.”

    Not a particularly happy accident, perhaps, for Planet Earth. Since 1970, the global population has doubled to nearly 8 billion. And in those five decades, monitored wildlife populations have declined by an average of 69%, warns the recent Living Planet Report, World Wildlife Fund’s study of the abundance of species worldwide (select vertebrate species; others are difficult to track). Freshwater populations have been hit the hardest, declining 83% over this time period. One million plant and animal species, out of the estimated 8 million out there, are in danger of extinction.

    It is time to change our ways, from using to stewarding earth’s resources. People cannot thrive at the expense of nature. Latin America has seen a whopping 94% decline in species populations. Meanwhile, deforestation for crops and cattle, legal and illegal mining and logging, development, and devastating wildfires have contributed to a 20% loss of the Amazon rainforest – an area the size of France. This doesn’t just affect the 350 indigenous communities and untold species of plants, animals and insects living there, but all of us, as the 400 billion trees that make up the Amazon rainforest produce an estimated 6% of earth’s oxygen.

    What makes humans more comfortable on earth now threatens the planet: energy, food production, growth in housing and commercial development. These are all systems Wilson believed we need to rethink. But just as the problem lies with us, so does the solution.

    To move people to action, Jennifer Morris, CEO of The Nature Conservancy, thinks it’s important to talk about what matters to them, citing health care, clean air and jobs. Morris spoke at a recent Half-Earth Day conference hosted by Smithsonian Institution and the E.O. Wilson Biodiversity Foundation, bringing together government, community, corporate and conservation stakeholders like The Nature Conservancy, Audubon, and supporters like the Bezos Earth Fund. “Governments aren’t going to move until people move,” Morris said.

    The problems are thorny, however: even high-minded efforts can provoke Mother Nature. “The biggest threat to forests in Virginia is solar,” Morris said, referring to clean energy projects slated to take out thousands of acres of trees. “We can be smart where we put solar and wind … in a way that doesn’t undermine biodiversity,” Morris added.

    The Half-Earth Project looks at growth through the lens of nature, with tools that map richness and rarity in wildlife populations as well as human pressures and existing protections, hoping to inform both preservation and development. I dial their online map down to my community, close to the screaming orange urban mass of Washington, DC, but dotted with green conservation areas established by both public and private authorities.

    The E.O Wilson Biodiversity Laboratory – located in Mozambique’s Gorongosa National Park, which was once decimated by civil war and other human ills – provides a blueprint not only for rebuilding biodiversity but also training new biologists and conservationists. The Half-Earth project also involves indigenous communities – which have traditionally balanced human needs with nature – in their programs, bringing together past and present, to work together towards a durable plan for our future.

    While the first Earth Day took place in 1970 to celebrate conservation efforts, Half-Earth Day is more of a caution. Whatever your beliefs on climate change, this much is clear. We’re losing whitetip sharks and harpy eagles, the inspiration for ‘Fawkes’ in the Harry Potter films. Gone are the Bramble Cay melomys, a small rodent whose habitat, food source and nesting sites were eradicated by storms and unprecedented flooding. You may never see a pink dolphin, but the interplay of plant, animal and insect species sustains us.

    Attacking a problem of this scale requires all of us – from those seated in governments and board rooms to our own kitchen tables – to come together. Too often, “solutions” whipsaw between administrations with their own political agendas. “Meanwhile, we thrash about, appallingly led, with no particular goal in mind other than economic growth, unfettered consumption, good health, and personal happiness,” Wilson wrote. He placed his faith in nature, and we should too.

    “We need to listen to what the birds are telling us. We’ve lost three billion birds in my lifetime,” says Audubon CEO Elizabeth Grey, who is in her 50s. “Birds are sentinels for healthy land and water – if birds are in trouble, people are too.”

    The canary is singing. Listen, before its voice is stilled.

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  • Hunter survives grizzly bear attack in Montana

    Hunter survives grizzly bear attack in Montana

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    GREAT FALLS, Mont. — A nearly 700-pound grizzly bear charged out of thick brush southeast of Glacier National Park, attacking and injuring a bird hunter before the man shot the animal, Montana wildlife officials said Wednesday.

    The 51-year-old Washington state man, whose name and hometown were not released, was left with injuries that were not life-threatening after the encounter Tuesday afternoon in a creek bottom east of the town of Choteau, said officials with the Montana Department of Fish, Wildlife and Parks.

    The man and his wife were hunting on private property when their dogs went on point, said Dave Hagengruber, spokesperson for the state wildlife department. He went to flush a bird when the 677-pound (307-kilogram) male bear charged out of the brush, knocked the man over and stepped on him, Hagengruber said.

    The man fired at the bear with a shotgun and a handgun, wounding the animal, which returned to the cover of the thick brush, wildlife officials said.

    The couple and their dogs left and notified authorities.

    Grizzly bears are protected under the federal Endangered Species Act, but state and federal wildlife officials decided the bear had to be euthanized because of its injuries. A drone was used to locate the bear, Hagengruber said.

    The man did not suffer claw or bite marks, but did spend Tuesday night in the hospital, Hagengruber said.

    The bear had no known previous history of human conflict and had never been handled by bear managers, officials said. Evidence at the site suggested the attack was the result of a surprise encounter.

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  • 195 ways to help California’s painted ladies

    195 ways to help California’s painted ladies

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    Newswise — By documenting hundreds of new nectar plants for painted ladies, scientists have renewed hope these charismatic butterflies may prove resilient to climate change. 

    Every spring, swarms of the colorful butterflies can be spotted in Southern California as they make their way from western Mexico to the Pacific Northwest to breed. Some years, the number of migrating butterflies is in the millions. 

    Additionally, California is home to resident painted lady populations that require food sources year-round.

    Though they are a major North American butterfly species, there is a lack of baseline data to quantify a decline in painted ladies. However, scientists believe they are being negatively affected by hotter, drier weather and habitat loss.

    “The lack of rainfall in Southern California likely impacts the butterflies’ ability to move through the state, potentially decreasing nectar sources and causing them to die without reproducing,” said Jolene Saldivar, UC Riverside ecologist who led this effort to identify new painted lady nectar plants. 

    “There’s so much to be learned about these butterflies before drought and climate change damage them irreparably,” Saldivar said. This study, which identifies 195 new nectar plants for the species, is now published in the journal Environmental Entomology.  

    To obtain this result, the UCR team sorted through more than 10,000 images of painted ladies in California shrublands, supplied by community scientists through the iNaturalist website. Any images in which the butterflies did not have mouth parts extended and were not obviously feeding were omitted from analysis, as were any images of caterpillars. 

    The newly discovered nectar sources may offer Southern California gardeners wanting to support the species a wide range of options. 

    “Much of what we identified could responsibly be planted during a drought,”      said Erin Wilson-Rankin, study co-author and UCR associate professor of entomology. 

    Of the top 10 most frequently observed plant species, seven are native to California. These include yellow-flowered rubber rabbitbrush, blue wild hyacinth, common fiddleneck, Fremont’s pincushion, black sage, wild heliotrope and desert lavender, which belongs to the mint family. 

    These butterflies also readily feed on showy ornamental plants common to California landscaping, such as lantana, butterfly bush and rosemary, as well as flowering weeds.

    “It’s an uber generalist insect, not picky at all,” Saldivar said. 

    Painted lady caterpillars consume plants, but they are not known to eat any agriculturally important species, nor are they known spreaders of any illness. They serve as good sources of prey for insects, spiders, birds, wasps and reptiles, and mature butterflies can pollinate some of the many plants they visit.

    “It might be getting tougher for painted ladies in some places, but these butterflies will feed on what flowers are available — even a few plants in a window box could help them,” Wilson-Rankin said. 

    Saldivar says she believes the results of this paper may encourage community scientists, whose contributions to knowledge should be celebrated and promoted. 

    “Adding a photo and a little information to a community science website or through an app on your smartphone might seem minor, but in the big picture, it helps inform us about ecological processes we’d otherwise be very challenged to learn about,” Saldivar said. 

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    University of California, Riverside

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  • Nearly Half Of The World’s Bird Species Are In Decline: Report

    Nearly Half Of The World’s Bird Species Are In Decline: Report

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    Just under half of the earth’s bird species are in decline, according to a jarring new report.

    The State of the World’s Birds report is released every four years by BirdLife International, an international partnership of NGOs that collects scientific data about birds worldwide. The organization is the official source of information on birds used by the International Union for Conservation of Nature’s Red List of threatened species.

    This year’s report found that 49% of bird species across the world are in decline, and one in eight are at risk of extinction, The Guardian reported. Only 6% of bird species are increasing in numbers.

    “We have to stop these declines and start getting on track for recovery,” BirdLife International’s chief scientist, told The Guardian. “Our future, as well as the world’s birds, depends on it. If we continue to unravel the fabric of life, we’re going to continue to place our own future at threat.”

    A harpy eagle in Panama.

    Tim Chapman via Getty Images

    The biggest threat to birds worldwide is agriculture, BirdLife International said in its summary of the report. That includes habitat loss from the expansion of farms, along with threats posed by machinery and harmful chemicals used in farming. In Europe, farmland bird populations have dropped by 50% since 1980.

    National Geographic reported on this issue among birds in France in 2018, citing major declines in species like the common whitethroat, a small bird that has suffered as pesticides kill off the insects it eats to survive.

    A common whitethroat perches on a branch.
    A common whitethroat perches on a branch.

    Prisma Bildagentur/Universal Images Group via Getty Images

    Logging is also a major threat to birds, like the harpy eagle, which makes its home in large, old-growth trees in Central and South American rainforests.

    Extreme weather events caused by climate change are also a source of danger.

    “Birds tell us about the health of our natural environment — we ignore their messages at our peril,” BirdLife CEO Patricia Zurita said in a statement. “Many parts of the world are already experiencing extreme wildfires, droughts, heatwaves and floods, as human-transformed ecosystems struggle to adapt to climate change.”

    Zurita added that the report’s dire findings highlighted the importance of the upcoming UN Biodiversity Conference, COP 15, which will take place in December.

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  • Raptors Along the Rails

    Raptors Along the Rails

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    Press Release



    updated: Oct 23, 2017

    When traveling aboard Verde Canyon Railroad, passengers peer up at the red rock pinnacles towering over the precious Verde River, awe-struck by the canyon walls reaching ever higher into the clear blue skies above. Changing their gaze downward and across the expanse of the canyon, everyone marvels at the wild Verde River as it meanders along the tracks. What humans don’t realize is the enormous importance this Canyon area holds for the American Bald Eagle. The Verde Valley is ideal eagle habitat in Arizona’s wild backcountry. Year-round resident raptors are joined every year from November through March by migratory feathered visitors for a wild winter respite along the cliffs of the Verde River. Where train passengers see scenic vistas and a bold medley of greens, blues, reds and golds, these magnificent flying creatures see a river teeming with food, ancient trees and dramatic canyon clefts in which to secure nests, and a big sky for their aerial adventures.

    Arizona’s riparian areas are crucial habitat for raptors that depend on the river for sustenance. With their keen eyes, they fish the waters of the Verde and build legacies along its remote and protected banks. Winter is the best time to catch a glimpse of our nation’s symbol in all its glory, soaring along the train. Nests are built in preparation for the eggs that generally arrive in late January. Eaglets appear in late February or early March, watched over by ever-vigilant parents who demonstrate the meaning of the phrase “eagle-eyed.”

    Longtime supporters of Arizona Game and Fish’s “Eagle Watch” program, Verde Canyon Railroad contributes toward the sustainability of the dedicated men and women who camp out near active nests, monitoring the eaglets and watching for dangers. In fact, it was AZGF Eagle Watchers who saved the life of Sonora, an educational eagle now a popular resident of Liberty Wildlife in Phoenix. Sonora was spotted as she fell from her nest along the Lower Verde River near Phoenix a dozen years ago. She was nearly killed when Africanized Bees attacked her and a sibling who unfortunately did not survive. Sonora sustained permanent injuries to an eye and a wing that made her unable to be returned to the wild, though through Liberty’s educational programs she has been able to ride the rails along the Verde River for almost 10 years now. Just as much as the train passengers enjoy seeing a bald eagle close up, it seems Sonora is also enriched by her visits to this raptor paradise. Since 2010 Liberty Wildlife has had a fruitful partnership with Verde Canyon Railroad, regularly sharing educational raptors and reptiles with guests aboard the train and at the depot.

    With open-air cars accessible to the full sights, sounds and scents of the wilderness, Verde Canyon Railroad provides an ideal platform for wildlife viewing year-round. Real rails, real people and a real adventure make Verde Canyon Railroad a feast for each of the senses. The historic rail line was once a treasured connection between the booming copper mines of Jerome and distant civilization. Today, two million passengers later, the train continues to rumble into this same, untouched terrain where resident raptors soar from the edges of deep red cliffs, and the perennially-flowing water of the Verde River weaves its wondrous path through the high desert.

    Advance reservations for Verde Canyon Railroad are always recommended. A stone’s throw from the hillside mining town of Jerome, Verde Canyon Railroad’s Clarkdale depot is in the heart of the Verde Valley, a diverse crossroads featuring amazing adventures in every direction. Only two hours from Phoenix and 25 minutes from Sedona, Verde Canyon Railroad is the perfect Arizona day trip. Reservations may be made at http://www.verdecanyonrr.com or at 800.293.7245.

    It’s Always a Great Day When You Are on A Train!

    # # #

    Contact: Teresa Propeck

    Phone: 623-374-3185
    www.VerdeCanyonRR.com
    ​tpropeck@verdecanyonrr.net​
    ​Reservations: 800-293-7245

    Source: Verde Canyon Railroad

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  • Nixalite of America Inc. Helps Customers Stay Pest-Free This Memorial Day

    Nixalite of America Inc. Helps Customers Stay Pest-Free This Memorial Day

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    As Memorial Day weekend approaches, Nixalite of America Inc. is offering tips and products to keep unwanted pests from ruining the holiday weekend’s festivities.

    As people across the country enjoy the outdoors for Memorial Day, Nixalite of America Inc. is offering tips and products to help its customers stay pest-free. 

    TIPS ON STAYING PEST-FREE
    ​These easy steps will ensure your Memorial Day weekend is pest-free:

    Nixalite offers a wide range of products that will help keep pests away this Memorial Day weekend.

    ​- Keep all food/drink containers and trash cans tightly sealed

    – Mow yards and trim vegetation

    – Wearing long-sleeved shirts or pants will keep mosquitoes from biting

    – Remove any standing water from bird baths, gutters, etc. so that mosquitoes don’t have a place to breed

    – Search for wasp, bee, and yellow jacket nests before festivities begin

    – Avoid drinking beer (Studies show that mosquitoes are more attracted to those drinking beer!)
     

    HOW NIXALITE CAN HELP YOU BE PEST-FREE
    Nixalite offers a wide range of products that will help keep pests away this Memorial Day weekend:

    Liquid and Granular Repellents
    Nixalite of America Inc’s pest repellent products repel mosquitoes, ticks, fleas, and other flying insects. These products are easy to use and are safe for people, pets, and plants.

    Copper Blocker Access Control
    ​Nixalite’s Copper Blocker keeps small birds, bats, rodents, and insects from getting through cracks and other openings of your home. And it’s currently on sale!

    ​Premium Stainless Steel Bird Spikes
    ​Insects are the only pests that can ruin your Memorial Day – birds can wreak havoc as well! Nixalite’s Premium Bird Spikes will help deter all types of birds from just about any location. 

    ​IGEBA TF-35 Thermal Fogger
    ​If you have a large area that is being infested by insects or birds, Nixalite’s IGEBA Thermal Foggers are the perfect solution. This lightweight and portable fogger is capable of applying 11 gallons of solution per hour and is currently on sale!

    ABOUT NIXALITE OF AMERICA INC.
    ​Nixalite is the leading manufacturer of effective and humane pest bird and wildlife control products. Established in 1950, Nixalite is a third generation family owned firm with over 150 years of combined experience.

    For more information, visit https://www.nixalite.com .

    Source: Nixalite of America Inc.

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  • Nixalite of America Inc. Launches Photo Contest for Customers

    Nixalite of America Inc. Launches Photo Contest for Customers

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    Press Release


    May 18, 2016

    Nixalite of America Inc., the leading manufacturer of bird control products for 66 years, has launched a photo contest for its customers to showcase how its products have solved their bird and pest control problems.

    Throughout the past 66 years, Nixalite of America Inc. has helped solve pest, rodent, and  bird control problems all over the world. To show appreciation to its customers, Nixalite has launched a photo contest to see its industry-leading products in action.

    HOW TO SUBMIT YOUR PHOTOS
    Email your hi-resolution photos to Bryce@Nixalite.com with the following information:

    1) Name of the Nixalite products being showcased in the photos
    2) Name and location where Nixalite products are installed
    3) A brief description of the bird or pest problem the Nixalite products solved

    ​PRIZES
    ​1st Place: $400 VIsa Giftcard
    ​2nd Place: $100 Visa Giftcard

    PHOTO CONTEST RULES
    1) The products shown in your photos must have been purchased from Nixalite of America Inc.
    2) The photos being submitted must be your photos. 
    3) Before and after photos are accepted but not required
    4) Participants grant Nixalite of America Inc. a non-exclusive, perpetual, worldwide license to broadcast, publish, store, reproduce, distribute, syndicate, and otherwise use and exhibit the Submission in all media now known and later come into being for purposes of trade or advertising without further compensation. All entries become the property of Nixalite of America Inc. Nixalite of America Inc. reserves the right to use any and all information related to the contest, including submissions provided by the contestants, for editorial, marketing, and any other purpose, unless prohibited by law. 

    Source: Nixalite of America Inc.

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